Point-wise Diffusion Models for Physical Systems with Shape Variations: Application to Spatio-temporal and Large-scale system
arxiv.org·1h
📊Computational Geometry
SAT Requires Exhaustive Search
link.springer.com·8h·
Discuss: Hacker News
🧮Kolmogorov Complexity
LLMs - Embeddings 01
dev.to·23h·
Discuss: DEV
🧮Vector Embeddings
Graph Lineages and Skeletal Graph Products
arxiv.org·1d
🔗Graph Isomorphism
MIT tool visualizes and edits “physically impossible” objects
news.mit.edu·8h·
Discuss: Hacker News
📐Mathematical Art
Relation-Aware LNN-Transformer for Intersection-Centric Next-Step Prediction
arxiv.org·1h
💻Local LLMs
Improved Robustness and Functional Localization in Topographic CNNs Through Weight Similarity
arxiv.org·1d
📊Learned Metrics
Unsupervised Multi-channel Speech Dereverberation via Diffusion
arxiv.org·1h
👂Psychoacoustic Coding
Joint Generative Modeling of Grounded Scene Graphs and Images via Diffusion Models
arxiv.org·1h
📊Learned Metrics
Oldie but Goodie: Re-illuminating Label Propagation on Graphs with Partially Observed Features
arxiv.org·1h
🕸️Graph Embeddings
A Histogram Is a Generative Model
jonathandinu.com·14h·
Discuss: Hacker News
🎧Learned Audio
Canoe Paddling Quality Assessment Using Smart Devices: Preliminary Machine Learning Study
arxiv.org·1h
🌀Differential Geometry
A Large-Scale Benchmark of Cross-Modal Learning for Histology and Gene Expression in Spatial Transcriptomics
arxiv.org·1h
🧮Vector Embeddings
Topolow: Force-Directed Euclidean Embedding of Dissimilarity Data with Robustness Against Non-Metricity and Sparsity
arxiv.org·1h
🌐Computational Topology
Separated-Variable Spectral Neural Networks: A Physics-Informed Learning Approach for High-Frequency PDEs
arxiv.org·1d
🌀Differential Geometry
Path-LLM: A Shortest-Path-based LLM Learning for Unified Graph Representation
arxiv.org·1h
🕸️Graph Embeddings
Graph Embedding in the Graph Fractional Fourier Transform Domain
arxiv.org·1h
📊Spectral Graphs
SpatioTemporal Difference Network for Video Depth Super-Resolution
arxiv.org·1h
📊Learned Metrics
Flexible Automatic Identification and Removal (FAIR)-Pruner: An Efficient Neural Network Pruning Method
arxiv.org·1h
🧠Machine Learning
HALO: Human Preference Aligned Offline Reward Learning for Robot Navigation
arxiv.org·1h
🔲Cellular Automata